ESP200 Datasheet

ESP200™ Solid State
Overload Relay
Protects and serves, available with
both automatic and remote reset features
Building and improving on past
successes, self-powered ESP200
overload relays are a revolution for
both industrial and construction
applications. These overload
relays provide accuracy unmatched
in the market. With repeat accuracy
of greater than 99%, trips can be
set to the most specific conditions,
resulting in both longer motor life
and cost savings. The ESP200 overload relay is so simple to configure.
Just set the FLA dial to match the
FLA of the motor nameplate and
set the DIP switches per the Electronic Overload Relays
Answers for industry.
faceplate engraving. No software
or manuals are required. If replacing
your existing installed ESP100 with
the new ESP200, no modifications
to the contactor, enclosure or MCC
compartment are required. The
958 ESP200 solid state overload
relay is specifically designed to
provide protection for sealed
compressors and artificially cooled
motors. The 958L ESP200 is specifically designed for the oil market
and pumping applications with a
precise trip curve to provide
accurate trip when needed.
ESP200™ Electronic Overload Relays
Technical Data
ESP200 Solid-State Overload Relay
Class 48
ESP200 Solid State Overload Relay
Class 958 and 958L
Generaland
Data:
Building
improving on past successes,
Trips
in
theESP200
event of:
Overload, phase failure, phase unbalance, ground fault
self-powered
overload
relays are
a revolution
Trip classfor both industrial and
Class 5/10/20/30 (selectable), Class 958 or Class 958L
construction
applications.
These overload
Phase failure
sensitivity
Trip time after phase-loss: < 3 sec
relays
areoptions
individually calibrated to provide
Reset
Manual, automatic and remote RESET
accuracy
unmatched
Manual
RESET in the market. With
Immediately
repeat
accuracy RESET
of greater than 99%, trips
Automatic
Approximately 3 min
can
set to RESET
the most specific conditions,
be
Remote
Immediately
resulting
in both longer motor life
Test function
Test of electronics by pressing the Test button.
and
cost savings.
Test the auxiliary contacts and control circuit by manually
actuating the trip indicator.
Ambient Temperatures
Storage / Transportation
-40ºC ... +85ºC
Operation
-25ºC ... +60ºC
Temperature compensation
+60ºC
Main Circuit
600V
Rated operational voltage Uø
4kV
Rated impulse withstand voltage Uimp
Number of NO contacts
1
Number of NC contacts
1
Switching capacity
B600, R300
Contact isolation
Single contact usage: 600V
Dual contact usage: 300V with differing polarities;
600V with common polarity
Screw Terminals
Torque
Auxiliary contact
7 lb. in ... 10.3 lb. in (0.8 ... 1.2 Nm)
Mounting on mounting plate
11 lb. in.(1.2 Nm)
Power terminals
20 lb. in. ... 24 lb. in. (2.3 ... 2.7 Nm)
Altitude
6600 ft.
Touch-safe
Auxiliary contacts
Power terminals (applicable to A frame size only)
Humidity
0 ... 95% non-condensing
Printed Circuit Board
Conformal coated
Power consumption (Loss) < 1.5 W
Short Circuit ratings:
0.25 ... 1.0A
Standard
600V / 1kA using 6A RK5 fuses
High Fault
600V / 100kA using 60A RK5 fuses
0.75 ... 3.4A
Standard
600V / 1kA using 15A RK5 fuses
High Fault
600V / 100kA using 60A RK5 fuses
>3.4A NA SCCRs are applicable to A frame only
Repeat Accuracy
< 1%
Approvals
UL, CSA
Catalog 1 phase/
Phase
Phase
Reset
Ground
Current
Frame External ct
Number 3 phase Trip Class
Loss
Unbalance Function
Fault
Range
Size
Required
Directly
Couples to Main
Contactor Circuit
Size
Connections
Min.
Diameter
of the
Openings
Max. Wire
Gauge
Through
Openings
48ATA3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
0.25 - 1.0A
A
no
00, 0, 1 terminals
—
—
remote
48ATB3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
0.75 - 3.4A
A
no
00, 0, 1 terminals
—
—
remote
48ATC3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
3.0 - 12.0A
A1
no
00, 0, 1, 1¾ remote
feed-through
openings
8.6mm
4 AWG
0.34 in.
48ATD3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
5.5- 22.0A
A1
no
00, 0, 1, 1¾ remote
feed-through
openings
8.6mm
4 AWG
0.34 in.
48ATE3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
10.0 - 40.0A
A1
no
00, 0, 1, 1¾
remote
feed-through
openings
8.6mm
250 MCM
0.34 in.
48ATF3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
13.0 - 52.0A
B
no
remote
2, 2½, 3,
3½, 4
feed-through
openings
21.1mm
250 MCM
0.83 in.
48ATG3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
25.0 - 100.0A B
no
remote
2, 2½, 3,
3½, 4
feed-through
openings
21.1mm
250 MCM
0.83 in.
48ATH3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
selectable
auto/manual/ selectable
50.0 - 200.0A B
no remote
2, 2½, 3, 3½, 4
feed-through
openings
21.1mm
250 MCM
0.83 in.
48ATJ3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
auto/manual/ selectable
100.0 - 300.0A A1
selectable
remote
yes
—
300:5
use 2 loops
feed-through
openings
8.6mm
2 x 8 AWG
0.34 in.
48ATK3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
auto/manual/ selectable
133.0 - 400.0A A1
selectable
remote
yes
—
400:5
use 2 loops
feed-through
openings
8.6mm
2 x 8 AWG
0.34 in.
48ATL3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
auto/manual/ selectable
200.0 - 600.0A A1
selectable
remote
yes
—
500:5
use 2 loops
feed-through
openings
8.6mm
2 x 8 AWG
0.34 in.
48ATM3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
auto/manual/ selectable
250.0 - 750.0A A1
selectable
remote
yes
—
750:5
use 2 loops
feed-through
openings
8.6mm
2 x 8 AWG
0.34 in.
48ATN3S00 3 phase
5 / 10 / 20 / 30 selectable selectable
auto/manual/ selectable
400.0 - 1220.0A A1
selectable
remote
yes
—
1200:5
use 2 loops
feed-through
openings
8.6mm
2 x 8 AWG
0.34 in.
48ATA1S00 1 phase
5 / 10 / 20 / 30 —
—
selectable auto/manual/ selectable
0.25 - 1.0A
A
no
00, 0, 1
terminals
—
—
remote
48ATB1S00 1 phase
5 / 10 / 20 /30 —
—
selectable auto/manual/ selectable
remote
48ATC1S00 1 phase
5 / 10 / 20 / 30 —
—
selectable 48ATD1S00 1 phase
5 / 10 / 20 / 30 —
—
selectable 0.75 - 3.4A
A
no
00, 0, 1
terminals
—
—
auto/manual/ selectable
3.0 - 12.0A
A1
no
00, 0, 1, 1¾ remote
feed-through
openings
8.6mm
0.34 in.
4 AWG
auto/manual/ selectable
5.5 - 22.0A
A1
no
00, 0, 1, 1¾
remote
feed-through
openings
8.6mm
0.34 in.
4 AWG
958EB3SA 3 phase
Class 958
yes
—
auto/manual/ selectable
10.0 - 40.0A
A1
no
00, 0, 1, 1¾
remote
feed-through
openings
8.6mm
250 MCM
0.34 in.
958GB3SA 3 phase
Class 958
yes
—
auto/manual/ selectable
25.0 - 100.0A B
no
2, 2½, 3
remote
3½, 4
feed-through
openings
250 MCM
21.1mm
0.83 in.
958HB3SA 3 phase
Class 958
yes
—
auto/manual/ selectable
50.0 - 200.0A B
no
2, 2½, 3
remote
3½, 4
feed-through
openings
21.1mm
250 MCM
0.83 in.
958LDB3SA 3 phase
Class 958L
yes
—
auto/manual/ selectable
5.5 - 22.0A
A1
no
00, 0, 1, 1¾
remote
feed-through
openings
8.6mm
4 AWG
0.34 in.
958LEB3SA 3 phase
Class 958L
yes
—
auto/manual/ selectable
10.0 - 40.0A
A1
no
00, 0, 1, 1¾
remote
feed-through
openings
4 AWG
8.6mm
0.34 in.
958LFB3SA 3 phase
Class 958L
yes
—
auto/manual/ selectable
13.0 - 52.0A
B
no
2, 2½, 3
remote
3½, 4
feed-through
openings
21.1mm
0.83 in.
958LGB3SA 3 phase
Class 958L
yes
—
auto/manual/ selectable
25.0 - 100.0A B
no
2, 2½, 3
remote
3½, 4
feed-through
openings
250 MCM
21.1mm
0.83 in.
958LHB3SA 3 phase
Class 958L
yes
—
auto/manual/ selectable
50.0 - 200.0A B
no
2, 2½, 3
remote
3½, 4
feed-through
openings
21.1mm
250 MCM
0.83 in.
250 MCM
Versatility
Designed to be easily installed and
readily modified to meet the unique
requirements of diverse industries, the
ESP200 provides users with the specific
level and type of protection they
desire. For example, the field selectable Trip Class 5,10, 20 or 30 can
easily be set by two DIP-switches and
the FLA dial allows for a wide range of
adjustment (4:1). These features
eliminate the guess factor for application requirements. Together these can
result in a reduction in inventory needs
by as much as 40% and still address
multiple applications.
By offering these and other tailored
options, the ESP200 can be easily
adapted to the user requirements.
Having both remote and automatic
resets available further increases
its versatility.
In short, the ESP200 offers a single,
convenient, reliable answer to the
needs of multiple industries.
Durability
Self-powered, the ESP200 is
ruggedly constructed to ensure
reliability under the harshest
industrial conditions. The protective
coated circuit board gives the ESP200
added resistance to environmental
challenges and helps to prevent
nuisance tripping.
These attributes, along with other
aspects, allow the ESP200 to withstand severe conditions.
Easy to Use
Removable terminals allowing the
ESP200 to be changed without
removing control wiring, DIN rail
mounting for easy installation and
visible trip indicator for faster identification of overload trips are just a few
of the ways that these features make
installation and regular operation
Siemens Energy & Automation, Inc.
3333 Old Milton Parkway
Alpharetta, GA 30005
For more information, call 1-800-964-4114
[email protected]
www.sea.siemens.com/ESP200
easier for all involved. One NO and
one NC contacts are standard and
make it simple for the user to wire
local contacts.
For critical applications such as
refrigeration, select auto reset mode.
In auto mode, the ESP200 overload
relay will automatically reset in three
minutes after tripping, allowing the
motor to cool down before restart.
There is also a test button that triggers
a complete electronic functions test,
including the trip mechanisms.
These easy-to-use features all contribute
to increased motor uptime and
a better return on your investment.
Protection
The ESP200 has touch-safe terminals
to prevent accidental touching of live
circuits. The ESP200 is UL listed and
CSA certified according to the strictest
standards. With ground fault detection
that trips at 60% of motor current,
the ESP200 protects against highresistance short circuits or ground
faults due to moisture, condensation,
insulation damage or other reasons.
To protect motors against overheating
and related temperature damage, the
ESP200 also has phase loss protection
that trips in less than 3 seconds, phase
unbalance protection and thermal
memory to prevent the motor from
restarting while too hot. While protecting the motors, the ESP200 has been
designed to operate at a wide range of
temperatures and be insensitive to
ambient temperatures that do not affect motor operation. These features
prevent nuisance tripping and increase
motor uptime. The ESP200 even
protects itself in the event of a short
circuit, unlike bimetal or melting alloy
overload relays. This eliminates the
need to replace the overload after
a short circuit.
Subject to change without prior notice
Order NEBR-ESPSS-0908
0M0908CEG
Printed in USA.
© 2008 Siemens Energy & Automation, Inc.
All Rights Reserved
The information provided in this brochure contains merely
general descriptions or characteristics of performance
which in case of actual use do not always apply as described
or which may change as a result of further development
of the products. An obligation to provide the respective
characteristics shall only exist if expressly agreed in the
terms of contract.
Siemens is a registered trademark of Siemens AG. Product
names mentioned may be trademarks or registered
trademarks of their respective companies. Specifications are
subject to change without notice.
Similar pages